The Oakton Combination Ion Selective Electrode ISE Iodide (I) provides an easy-to-use, cost-effective solution for precise iodide ion detection. With a durable epoxy body and double-junction design, this electrode requires no external reference electrode, fitting easily into compact spaces while delivering reliable performance.
Product Features
- Iodide (I⁻) ion selective electrode with durable epoxy body
- Double-junction combination electrode for accurate, dependable measurements
- No need for an additional reference electrode, saving space and simplifying setup
- Includes 15 mL bottle of reference solution, reference filling pipette, 1-m cable, Bnc connector, and instruction manual
- Solid-state electrodes include twelve polishing strips for straightforward maintenance
- Economy epoxy electrodes designed for portable field use with silver-free outer reference chamber to resist contamination
- Laboratory glass electrodes feature improved glass seal for enhanced reliability and performance
- Sealed inner junctions and refillable outer junctions accommodate special reference fill solutions, ideal for low-concentration measurements
- Compatible with meters offering 0.1 mV resolution for the most precise results
- Perfect for potentiometric titrations and continuous ion monitoring in lab and field applications
Benefits
- Cost-effective and user-friendly, reducing operational complexity
- Compact design fits where multiple electrodes can't
- Durable epoxy construction suitable for both laboratory and field environments
- Refillable and maintainable to extend electrode lifespan
- Fast, accurate iodide ion detection for diverse applications
- Includes all accessories needed for immediate use
Why Choose the Oakton Combination Ion Selective Electrode ISE Iodide (I)?
Engineered for dependable iodide ion measurement, the Oakton Combination Ion Selective Electrode ISE Iodide (I) combines robust epoxy body durability with a space-saving combination electrode format. Its refillable design and complete accessory kit make it an excellent choice for professionals requiring accurate ion measurement without the complexity of extra reference electrodes.
